Category: AEC

  • LPA Design Director Matthew Porreca Joins AIA College of Fellows

    LPA Design Director Matthew Porreca Joins AIA College of Fellows

    Matthew Porreca, FAIA, Design Director with LPA Design Studios

    IRVINE, CA, Feb 28, 2025 – LPA Design Director Matthew Porreca has been elevated to the College of Fellows of the American Institute of Architects (AIA), an honor recognizing architects who have made contributions to the profession and society. Porreca is the sixth LPA leader honored with Fellow status.

    Based in LPA’s San Diego studio, Porreca was selected for his decades-long commitment to innovation, sustainability and integrating health and wellness strategies into higher education, commercial, mixed use, healthcare and housing projects. His work prioritizes passive design strategies as a foundation for high-performance buildings, demonstrating that sustainability and design excellence are inseparable.

    “For almost 30 years, Matthew has worked with clients to push the boundaries of sustainable design, setting new benchmarks for performance and innovation across a diverse portfolio,” says LPA CEO Wendy Rogers, FAIA. “His design process demonstrates the critical role designers play in creating healthier and more efficient projects.”

    Porreca’s leadership in net-zero, all-electric design has been instrumental in shaping LPA’s portfolio and developing the “we-don’t-do-this-alone” culture. The AIA recognized LPA with the 2025 AIA Architecture Firm Award, the highest national honor given to an architectural practice, hailing the firm as “a trailblazer in sustainable, high-performance design.”

    “Matthew exemplifies the leadership that spurs us to push the boundaries of what’s possible in sustainable architecture,” says LPA president and chief design officer Keith Hempel, FAIA. “Matthew is always looking for the innovation, the extra design element that will make a project spectacular.”

    As design director, Porreca leads integrated, research-driven teams focused on designing around performance, wellness, community and experience on every project, regardless of scale or budget. His projects include downtown San Diego’s first LEED Platinum and net zero energy office building (Makers Quarters); the first net-zero community college project in California designed to achieve Living Building Petal certification (Palomar College M+O); the largest naturally ventilated building in Southern California (Pacific Center Research and Development); and, most recently, the largest steel modular project on the West Coast (El Cerrito Permanent Supportive Housing). He has championed all-electric buildings at institutions such as UC Berkeley and UC San Diego, helping to lead major campus-wide shifts toward decarbonization.

    Earlier in his career, Porreca contributed to a series of landmark projects that shaped his approach as a design architect, working alongside masters in the field. In Kansas City, he worked with Moshe Safdie on the design of a world-class performing arts venue, recognized for its iconic form and acoustical excellence (Kauffman Center for the Performing Arts), and with Steven Holl on an expansion of a major art museum that redefined the integration of contemporary and historic architecture (Nelson-Atkins Museum of Art). His research collaboration with the Salk Institute for Biological Studies furthered his focus on designing environments that support human health, a theme that continues to inform his work today.

    Porreca’s work has been recognized with 75 design awards in the last decade, including 28 AIA component awards and 12 national and international honors.

    “This honor from the AIA is recognition of the extraordinary work of my colleagues, clients and communities,” Porreca says. “I am honored to work with so many talented and passionate designers, and I want to thank them all for this recognition.”

    Source: LPA, Inc.

    About LPA, Inc.

    LPA, Inc., established in 1965, is an integrated design firm headquartered in Irvine, CA. The company offers a range of services, including architecture, engineering, interior design, landscape architecture, and master planning. Serving diverse sectors such as education, healthcare, corporate, and civic markets, LPA put emphasis on sustainable and collaborative design solutions. Operating from six studios across CA and TX, the firm employs over 400 professionals. As of recent reports, LPA employs over 400 professionals across its studios. The firm’s commitment to sustainability is evident in its achievement of a 78.7% predicted energy use reduction across more than 6.2 million square feet of projects in 2022.

    About AIA College of Fellows

    The American Institute of Architects (AIA) College of Fellows, established in 1952, is a distinguished body recognizing architects who have made significant contributions to the profession and society. Comprising less than 3% of AIAs over 98,000 members, the esteemed professionals are granted the FAIA designation, reflecting their achievements in design excellence, education, and public service. The College aims to foster shared interests among Fellows, advance architectural practice, mentor emerging architects, and enhance societal service. Governed by an Executive Committee, the College also offers initiatives like the Latrobe Prize, a biennial $100,000 research grant supporting advancements in architecture. While the College itself doesn’t generate revenue, it operates under the umbrella of the AIA, headquartered in Washington, D.C.

  • Trimble SketchUp 2025 Introduces New Visualization Tools

    Trimble SketchUp 2025 Introduces New Visualization Tools

    Image: Trimble

    WESTMINSTER, CO, Feb 27, 2025 – Trimble has announced new visualization and interoperability capabilities in its latest software release for SketchUp. The 3D modeling software provides designers with photorealistic materials and environment lighting options, along with smoother transitions between SketchUp and other industry tools. With enhanced visualization features and improved interoperability, the release helps designers create, manage and share complex projects in a better way,, enabling them to do better work faster, with less effort and rework.

    “SketchUp’s 2025 release introduces a new generation of visualization,” said Sandra Winstead, senior director of product management, architecture and design at Trimble. “These accessible yet powerful tools help designers visualize and understand their projects using more realistic materials, enabling them to make better informed material decisions and produce outstanding visuals — all without leaving SketchUp. In addition, designers can now more easily move in and out of SketchUp thanks to advanced interoperability updates with Revit and IFC files for streamlined design workflows, improved collaboration and greater accuracy in project execution.”

    The new visualization capabilities allow designers to use photorealistic materials, activate environmental lighting, and observe real-time interactions without needing to hit ‘render’ button or delay seeing updates. The features enhance from basic massing studies and stylized visuals to realistic imagery, environmental lighting scenarios, and fresh background options, providing a comprehensive view of a project’s materiality.The latest visualization features include:

    • Environments: 360-degree HDRI or EXR image files act as a light source, reflecting off photoreal materials.
    • Photoreal Materials: Dynamic materials more accurately convey texture and represent how real-world materials absorb and reflect light, producing richer, more realistic visuals within SketchUp.
    • Ambient Occlusion: Adds visual emphasis to corners and edges, increasing perceived depth and realism with or without having materials applied.

    “Accessing high-quality, realistic materials directly within the platform has made it so much easier to quickly present designs that resonate with clients,” said Kate Hatherell, director of The Interior Designers Hub. “This feature is a game changer for accelerating workflows, and I’m excited to see how it continues to evolve.”

    The new release features enhanced interoperability with Revit and IFC files, allowing for consistent IFC roundtrips, improved management of imported Revit elements and 3D views, and better support for photorealistic materials when exporting to USD and glTF file formats. The stronger interoperability facilitates an easy data exchange among various software tools and enables collaboration among different team members throughout all phases of project development, from the initial design to construction completion.

    “The IFC import feature is incredible,” said Lucas Grolla, architect and owner of Grolla Arquitetura. “It has greatly improved the coordination of different project models with the architectural design. Plus, the new material editor and HDRI styles open up countless possibilities for the visual representation of projects.”

    In addition, LayOut, a tool for creating documents from your SketchUp model, has been updated to provide a user experience consistent with SketchUp. 3D Warehouse, offers curated photoreal materials, environments and configurable 3D assets in the SketchUp content library, which can support a wide range of use cases and workflows. 3D Warehouse allows designers to work effectively by offering pre-made, customizable objects that meet their design requirements, eliminating the standard time commitment needed to create custom 3D assets.

    Availability

    Visualization updates are viewable across the SketchUp ecosystem, offering consistency regardless of platform: SketchUp for Web, iPad, and Desktop, LayOut, 3DW, and viewers. Those interested in subscribing to SketchUp can select a plan here or start a free trial by visiting https://www.sketchup.com/try-sketchup. SketchUp’s new capabilities will also be explored via three webinars that will take place on March 11, 18 and 25th. More details are available here.

    Source: Trimble

    About Trimble

    Trimble Inc., founded in 1978 by Charles Trimble, is an industrial technology company headquartered in Westminster, CO. The company specializes in providing advanced hardware and software solutions that connect the physical and digital worlds, enhancing productivity, quality, safety, transparency, and sustainability across various industries. Trimble’s core sectors include agriculture, construction, geospatial, and transportation. Their offerings encompass positioning technologies, modeling, connectivity, and data analytics, enabling professionals and field workers to transform their work processes. As of 2023, Trimble employs approximately 12,700 people worldwide and reported an annual revenue of $3.8 billion in 2022. The company’s products are utilized in over 150 countries, supported by a robust network of global dealers and distribution partners.

  • Vectorworks, Bluebeam Enable Real-Time Markup and Issue Tracking

    Vectorworks, Bluebeam Enable Real-Time Markup and Issue Tracking

    Image: Vectorworks, Inc.

    COLUMBIA, MD, Feb 27, 2025 – Vectorworks, Inc. has partnered with Nemetschek Group brand Bluebeam to enhance project collaboration. The first integration of its kind developed on Bluebeam’s overhauled integrations platform and APIs, Vectorworks’ Bluebeam Connection links Vectorworks files with Bluebeam Studio Sessions, enabling project stakeholders to collaborate effectively from anywhere, at any project phase and on any operating system.

    “We are dedicated to providing our users with the latest tools to enhance their workflows and communication,” said Vectorworks chief product officer Darick DeHart. “By leveraging Bluebeam’s new Studio APIs to create this new integration, we are revolutionizing how Vectorworks users collaborate by shifting from outdated, inefficient methods to immediate and clear review capabilities. With this intuitive connection to Bluebeam Studio Sessions, our customers can focus on advancing projects with unmatched speed and precision.”

    Bluebeam serves as the industry standard in the AEC sector for collaboration among design and construction teams. It offers unconventional PDF-based tools that enhance communication and optimize workflows throughout the entire project lifecycle.

    “This exciting new integration will improve collaboration for project stakeholders using Vectorworks and Bluebeam technologies,” said director of partnerships at Bluebeam, Steve Smith. “We understand that effective collaboration between design and construction teams is key to a project’s success, and we’re thrilled that this integration accelerates this process and makes it more efficient. We’re especially excited for our Mac users, who can now access Bluebeam solutions from virtually anywhere through our browser and mobile platforms.” 

    Seamless Real-Time Collaboration

    Vectorworks’ Bluebeam Connection allows Vectorworks users to participate in real-time collaboration during construction process. The integration enhances the tracking of PDF markups for updates, RFIs, punch lists, and other submissions, all within the Vectorworks platform. It enables users to keep a history of published PDF document sets that aids in managing issues more efficiently in BIM collaboration by linking PDF markups directly to BIM Collaboration Format (BCF) issues. Furthermore, the Vectorworks Bluebeam Connection enables feedback within Vectorworks, simplifying change management throughout the entire project lifecycle.

    Industry-Leading Innovation

    Vectorworks is the first software platform to implement the integration using Bluebeam’s new APIs, providing a new tool for North American and Australian customers. The integration is available to users of Vectorworks 2025 Update 3 and later versions, requiring a Bluebeam ID connected to the Bluebeam domain.

    Getting Started with Bluebeam Connection

    To use Bluebeam Connection, users can find the feature in the Tool Menu of Vectorworks. Once they log into their Bluebeam account, they can publish documents, initiate a review session, and invite collaborators – all within the user-friendly Vectorworks environment. Currently, Bluebeam Connection is accessible to customers in the U.S., Canada, and Australia, and will soon be available to customers in Germany, Sweden, the UK, and India.

    Source: Vectorworks, Inc.

    About Vectorworks, Inc.

    Vectorworks Inc., headquartered in Columbia, MD, has been a BIM software company since its founding in 1985. Serving industries such as architecture, landscape architecture, and entertainment, the company offers a suite of products tailored to professionals in these fields. Operating as a subsidiary of the Nemetschek Group, Vectorworks has expanded its global presence, serving clients in 85 countries. As of 2024, the company employs approximately 300 individuals worldwide. Over the years, Vectorworks has garnered industry recognition, including being named Architectural Design Software of the Year at the 2024 Construction Computing Awards.

    About Bluebeam

    Bluebeam, Inc., founded in 2002 and headquartered in Pasadena, CA, is a software company specializing in PDF solutions for creating, editing, marking up, and collaborating on documents. Since 2002, Bluebeam has made desktop, mobile and cloud-based solutions for paperless workflows that improve communication across the project lifecycle. Trusted by over 3 million users in more than 160 countries, Bluebeam’s solutions enable professionals to make their mark, adapt to change, and deliver projects effectively. As of 2014, the company’s software had over 1.6 million users.

  • Planon Appoints Klaas Bosma as Chief Operations Officer

    Planon Appoints Klaas Bosma as Chief Operations Officer

    Image: Planon

    BRIGHTON, UK, 26 Feb, 2025 – Planon announces the appointment of Klaas Bosma as chief operations officer for its Planon Real Estate business line. The move emphasizes Planon’s commitment to further integrating and scaling its real estate software solutions to create an ecosystem tailored to the evolving needs of real estate owners, investors, and developers across Europe.

    “The demand for an end-to-end software solution that supports the specific needs of European real estate developers, investors, and owners continues to grow,” said Peter Ankerstjerne, CEO of Planon. “With Klaas’ proven leadership and expertise, we are strengthening our ability to deliver an advanced SaaS platform – integrating the capabilities of subsidiaries ReasultCOOR, and control IT – that not only addresses today’s industry challenges but also helps future-proof our clients’ operations and portfolios.”

    Klaas Bosma. Image: Planon

    Klaas Bosma, MRE MRICS, brings a wealth of experience in driving digital transformation within the real estate sector. Throughout his seven-year tenure at Planon subsidiary Reasult, he assumed roles of growing responsibility, including managing director. Prior to that, Klaas excelled in strategic advisory roles at prominent firms such as CBRE and Twynstra Gudde. His emphasis will be on advancing the integration of Planon’s varied technological solutions, providing innovative contributions that improve client efficiency, performance, and sustainability.

    Source: Planon

    About Planon

    Planon, founded in 1982 by Pierre Guelen, is a global sustainable building management software provider. Headquartered in Nijmegen, Netherlands, Planon offers solutions that integrate real estate, facility management, and smart building technologies into a unified platform. Their software suite includes asset and maintenance management modules, property management, development management, and project management, serving industries such as corporate real estate, commercial real estate, facility services, and campus management. As of January 2025, Planon employs approximately 1,100 individuals across six continents.

  • Leica Geosystems, SCI-Arc Partner to Train Future Architects

    Leica Geosystems, SCI-Arc Partner to Train Future Architects

    John Cooper for ‘Views of Planet City.’ Image: SCI-Arc

    LOS ANGELES, CA, Feb 24, 2025 – Leica Geosystems announced a new partnership with the Southern California Institute of Architecture (SCI-Arc), created to help train the next generation of architects. The partnership will enable students and faculty at SCI-Arc to experiment with advanced, user-friendly laser-scanning hardware and software, offering hands-on experience with intuitive reality capture solutions that will shape the future of architecture, landscape architecture, urban planning and design, media-based art, and more.

    “Architects are increasingly leveraging new technologies to create immersive projects, which means that students need to have access to innovative solutions to stay ahead of the curve,” said Fabio Ponzio, executive vice president at Leica Geosystems. “SCI-Arc has earned a reputation for preparing students for any eventuality, and we are honored to work alongside such inventive thinkers. Together, we can drive transformative progress in the media, entertainment and related design fields.”

    As part of the new partnership, Leica Geosystems is supplying SCI-Arc with over $200K of technology donations, including LiDAR scanners like the Leica BLK360— a laser scanner that captures photorealistic 3D scans of areas, structures and objects — and the Leica BLK2GO — a handheld mobile scanner that can capture structures and complete layouts anywhere. Leica Geosystems will grant a substantial amount of scholarship funding for postgraduate students in the EDGE program that aims to advance the frontiers of architecture.

    Views of Planet City. Image: SCI-Arc

    Leica Geosystems laser scanning experts will share their knowledge with students. The experts will guide students in using these advanced solutions in their design workflows. Students are experimenting with Leica Geosystems scanners to capture point cloud scans at the SCI-Arc campus and the SCI-Arc AltaSea incubator in San Pedro. Students can use LiDAR scans instead of photogrammetry to create customized software for automating building design. They can then produce 2D site plans and construct 3D models from text.

    Students and researchers at SCI-Arc are using Leica Geosystems technology in creative projects as well, beginning with the research and art exhibition, Views of Planet City.

    Views of Planet City: Urban Foraging

    Developed within the Getty Foundation’s cultural initiative “PST ART: Art and Science Collide,” Planet City examines what the world could look like if half the Earth were reserved for nature and the 10 billion remaining humans retreated into a single megalopolis. To help design that incredible city, artist, and SCI-Arc faculty, John Cooper pioneered a new architectural look using “foraging” techniques to show what a city built around need might look like using existing structures and materials.

    Cooper’s project within the exhibit, titled Planet City Spoils, offered a new aesthetic created from structures around Los Angeles. Cooper’s team deployed a BLK2GO scanner at chosen locations to capture a building’s structural makeup and materials. Each LiDAR scan was then added to a “shadow archive,” where artists could disassemble and reassemble scans to build digital and physical models using their chosen tools (including Cloud Compare, Rhino, Blender, and Unreal Engine).

    Angelica Lorenzi for ‘Views of Planet City.’ Image: SCI-Arc

    Views of Planet City: Scanning the Wildernes

    Planet City presents an exclusive vision of a possible urban future while also showing what untouched parts of the world may look like. In the related multimedia project, Feral Planet, SCI-Arc faculty, and artist Angelica Lorenzi aimed to capture LiDAR scans of some of the most remote areas on Earth. The scans formed the basis for a series of short films that illustrate the process of restoring uninhabited wilderness.

    Lorenzi and her team went to uncommon locations and deployed BLK360 to capture vegetation, geographic elements, and the topography of each site. From there, the scans were uploaded and edited within Unreal Engine to create textured 3D assets, including animated models.

    Angelica Lorenzi for ‘Views of Planet City.’ Image: SCI-Arc

    “The postgraduate programs at SCI-Arc EDGE broaden what an architect is capable of doing in the world by developing new knowledge and expertise,” said SCI-Arc postgraduate programs chair David Ruy. “Despite competing predictions about the future, direct experience with emerging technologies has always been the best crystal ball. I am thrilled to engage in this partnership and can’t emphasize enough how significant this relationship will be for our students and faculty.”

    Source: Leica Geosystems

    About Leica Geosystems

    Leica Geosystems, headquartered in Heerbrugg, Switzerland, has transformed measurement and surveying for nearly 200 years. As part of Hexagon AB, the company offers a comprehensive range of products and services, including 3D laser scanners, airborne sensors, construction lasers, and software solutions. The tools are utilized across various industries, such as aerospace, defense, construction, manufacturing, and media production. Leica Geosystems employs over 3,500 professionals worldwide.

    About Southern California Institute of Architecture (SCI-Arc)

    The Southern California Institute of Architecture (SCI-Arc), established in 1972, is an independent architecture school in downtown Los Angeles. It offers undergraduate, graduate, and postgraduate programs dedicated to educating architects poised to transform the future. Serving the architecture and design industries, SCI-Arc emphasizes experimental and avant-garde approaches to architectural education. The approximate annual revenue of SCI-Arc is $82.2 million.

  • Poettker Construction Launches New Drone Program

    Poettker Construction Launches New Drone Program

    Image: Poettker Construction

    Breese, IL, Feb 21, 2025 – Poettker Construction, an award-winning, family-owned business, has started a new drone program. This initiative improves pre-project planning, improves visibility during construction, enhances safety, and boosts operational efficiency.

    “The drone program has been a great asset to use within the preconstruction department,” said Ryan Diekemper, vice president of preconstruction. “We utilize this technology to take current aerial images of potential projects and then place the proposed building plan onto the site to provide the client with a better understanding of options for how a building could be sited onto the potential property. We are also able to use the drone to obtain existing topographical information enabling us to make preliminary plans and prepare earthwork budgets early in the project design process.”

    Image: Poettker Construction

    Poettker’s drone program also benefits the risk management department. “One of the most significant benefits of our drone program is its impact on our risk management efforts,” said Charles Wilson, vice president of risk management. “Drones enable us to cover larger areas more quickly and gather high-quality data. With a single flight, we can create 3D models, conduct thermal scans, perform quantitative takeoffs, and carry out surveys. This comprehensive data collection enhances the productivity of our risk management staff, allowing them to focus on critical tasks with greater efficiency.”

    Drones help Poettker Construction check progress in hard-to-reach areas and examine elevated structures like powerlines. With AI, they can analyze drone footage to compute stockpile amounts. Drones equipped with thermal imaging can study roofs for leaks. One of Poettker’s teams recently used drone images to identify sites for 39 traffic barriers. The drones give on-site teams an extra way to review their work, allowing them to respond faster. This approach reduces rework and enhances the company’s quality assurance efforts.

    Poettker’s drone program enables customers to monitor the progress of their project, a feature essential to customers who don’t reside in the same state as their new building. Customers also benefit from improved safety and quality monitoring, streamlined inspections, aerial photography, and videography.

    Logan Decker, an FAA-licensed drone operator, oversees Poettker Construction’s drone program. He visits projects to capture progress through 4K video, still imagery, 2D site surveys, 3D models, and periodic thermal scans. His work encourages collaboration among project stakeholders and provides Poettker’s Marketing Department with photography and video for promotional efforts. Logan Decker said, “I enjoy being able to support multiple teams, visit different locations, and meet new people,” said Decker. “I appreciate the variety that the job provides.”Decker and Wilson collaboratively developed Poettker’s drone initiative. The program allows employees to submit a request for a drone flight via an online form, operate an app to browse images and videos organized by project, receive automated safety reports, and access 3D maps that enable them to click on specific points to view all images taken at that specific location. Poettker’s aerial fleet features various drone models, each with distinct capabilities, ranging from rapid deployment and thermal imaging to a larger, full-service model designed to endure intense winds.

    Image: Poettker Construction

    “One day, I hope that our drone program will be so successful that I won’t be able to keep up with demand, leading us to hire a second drone operator,” said Decker. “That would be the ultimate testament to the success of Poettker Construction’s drone program.”

    Source: Poettker Construction

    About Poettker Construction

    Poettker Construction Company, founded in 1980, is a family-owned firm headquartered in Breese, IL, with additional offices in MO and NC. Specializing in construction management, design-build, general contracting, and self-perform services, Poettker serves various industries, including industrial and manufacturing, commercial and corporate, distribution and warehouse, federal and defense, healthcare, education, retail, and utility infrastructure. The company emphasizes safety, quality, and client satisfaction, aiming to build lasting relationships through trust and collaboration. In 2024, Poettker reported revenue of $404 million, completing 94 projects across eight states and constructing 4.7 million square feet of new facilities. The company employs approximately 247 individuals and maintains a strong commitment to safety, conducting over 600 site inspections in 2024. Recognized for excellence, Poettker was ranked No. 54 on the St. Louis Business Journal’s 2024 Top 150 Largest Privately Held Companies list.

  • UMEX Adopts Nemetschek’s dTwin for Digital Port Operations

    UMEX Adopts Nemetschek’s dTwin for Digital Port Operations

    Image: Nemetschek Group

    MUNICH, Germany, 21 Feb 2025 – To ensure smooth port operations, Romanian operator UMEX relies on a digital twin of its port infrastructure in Constanța. Using the Nemetschek Group’s cloud-based digital twin platform dTwin, a digital replica of the berths, storage areas, and warehouses was created and linked with key figures on productivity, warehouse utilization, operating volume, and loading efficiency as well as real-time information on building structure and energy consumption. This enables the entire ship unloading process to be comprehensively monitored. Energy efficiency and productivity are sustainably increased, which also benefits customers.

    Large volumes of goods from neighboring countries are handled via Constanța on the Romanian Black Sea coast. UMEX operates five berths for bulk and liquid goods, bagged cargoes, and general cargoes like steel products, timber, or project cargo. Open spaces, warehouses, and a specialized infrastructure ensure that UMEX can cover its customers’ freight needs.

    From BIM model to digital twin

    The rise in freight volumes and the need for efficient operations prompted UMEX to improve its loading and unloading processes. UMEX also sought solutions that were not usually available at a standard port terminal.

    To get an overview of data-driven metrics such as handling volumes, productivity, warehouse utilization, and loading efficiency, as well as personnel, equipment, and energy costs, the UMEX team had already been using technologies such as monitoring platforms for a specific time and also created BIM models of its warehouses. However, some heterogeneous data was only available on-site or via various online platforms.

    dTwin as a “single source of truth”

    The company was looking for a solution that would integrate all visualizations of the complex – from BIM models to panoramic images – as well as data from different platforms in a digital twin. Nemetschek partner ALLBIM.NET presented UMEX with the cloud-based SaaS platform dTwin from Nemetschek. This enabled port buildings and infrastructure, such as cranes, to be precisely visualized in 3D in the context of the port environment. Real-time data from IoT sensors was also integrated. This created a digital twin for visual analyses, simulations, and optimizations.

    Combining building and system information with real-time data from building operations is key to maximizing the potential of digital twins. As a “single source of truth”, dTwin consolidates the data and provides a comprehensive view of the port facility’s buildings and infrastructure.

    “The development of the strategy, the setup, and the fine-tuning of the platform to our needs were carried out in close cooperation with the dTwin team and went smoothly,” says Daniel Nistorescu, project and investment manager at UMEX, praising the support provided by the dTwin team.

    The platform provides management with a picture of the operating process in order to improve energy efficiency and productivity. Anomalies and deviations are visualized at a glance using heat maps.

    “With dTwin, we can analyze running costs almost in real time. This makes it possible to optimize solutions and tariffs for our customers so that they can optimally discharge or load their cargo,” adds Cristian Taranu, general manager of UMEX.

    UMEX Integration with the Digital Twin Ready in Short Time

    Using the existing BIM model and IoT systems of the plant, UMEX developed an operational digital twin in just one week. The platform’s adjustments and refinements took an additional two months.

    “Together with the UMEX team, we were able to develop tailor-made solutions in dTwin that directly address the specific challenges of our customer,” says Dr. Jimmy Abualdenien, head of digital twin product at the Nemetschek Group.

    UMEX is currently working on integrating port cranes and scaling up to other terminals. The platform can be adapted and expanded to include additional sensors and systems. Management and departments benefit from real-time information on the productivity of depots and facilities. This increases competence and helps to optimize processes. This makes the dTwin a real game-changer in the port.

    Source: Nemetschek Group

    About Nemetschek Group

    Nemetschek Group, founded in 1963 by Prof. Georg Nemetschek, is a German software company headquartered in Munich. Specializing in solutions for the architecture, engineering, construction, and operations (AEC/O) industries, as well as the media and entertainment sectors, the company offers a suite of tools that cover the entire lifecycle of building and infrastructure projects – from planning and design to construction and management. Nemetschek’s software creates 3D animations and visual effects for films, TV shows, and video games. As of 2022, the company reported revenues of €801.8 million and employed approximately 3,448 people. With over six million users across 142 countries, Nemetschek continues to drive digital transformation and innovation in its served industries.

  • Fentress Architects’ Thomas Walsh Recognized by AIA College of Fellows

    Fentress Architects’ Thomas Walsh Recognized by AIA College of Fellows

    Thomas J. Walsh, FAIA. Source: Fentress Architects

    DENVER, CO, Feb 21, 2025 – Fentress Architects has announced that Thomas J. Walsh is elevated to the American Institute of Architects (AIA) College of Fellows, a distinction recognizing exceptional work and contributions to the architecture profession and society. Fewer than 3% of AIA members hold the esteemed FAIA designation.

    “Thom Walsh has been at Fentress Architects for 36 years, leading airport terminal projects throughout the U.S. and around the world,” said Curtis Fentress, FAIA, RIBA, Fentress Architects principal in Charge of Design. “He has advanced the practice of terminal design, leading stakeholders, teams, and communities through large scale projects with complicated planning and phasing.”

    Leading the Future

    Known for his gracious demeanor, Thomas notes, “I’m humbled by and very appreciative of this recognition by the AIA, understanding it is a singular acknowledgement of the tireless work of thousands. I am grateful to have had the opportunity to collaborate with the finest clients, designers, and construction professionals on such impactful projects.”

    People are the focus of Thom’s architectural practice. He shares his knowledge openly and collaborates with fellow professionals and new architects. Together, they work to understand the complex and changing aspects of terminal design, construction, and operation.

    Thom is involved in airport design organizations throughout his career. He is involved with Airports Council International, the American Association of Airport Executives, and Aerial Futures. Through his participation, presentations, and white papers, he has contributed to the growth of knowledge in the industry.

    Source: Fentress Architects

    About Fentress Architects

    Fentress Architects, founded in 1980 by Curtis W. Fentress, is a design firm headquartered in Denver, CO, with additional studios in Los Angeles, San Francisco, Washington, D.C., London, and Shanghai. Renowned for its expertise in large-scale public architecture, the firm serves industries such as aviation, civic and government, cultural institutions, and commercial sectors. Notable projects include Denver International Airport, Incheon International Airport in Seoul, and the National Museum of the Marine Corps in Virginia. Over its four-decade history, Fentress Architects has designed more than $52 billion in architectural landmarks worldwide, welcoming over 750 million visitors annually. The firm has received close to 700 awards for innovation and design excellence.

  • Chaos Acquires EvolveLAB to Expand AI and BIM Automation Tools

    Chaos Acquires EvolveLAB to Expand AI and BIM Automation Tools

    Image: Chaos

    KARLSRUHE, Germany, Feb 21, 2025 – Chaos has announced that it has acquired EvolveLAB, a developer of AI software created to modernize visualization, generative design, documentation, and interoperability for AEC professionals. With this acquisition, Chaos reinforces design-to-visualization workflows while expanding to include tools for BIM automation, AI-driven ideation, and computational design.

    Founded in 2015, EvolveLAB was the first to integrate generative AI technology into architectural modeling software, demonstrating the potential of mixing imaginative prompts with 3D geometry. Through its flagship software before expanding into smart documentation and generative design. Customers like Cuningham, Störmer Murphy and Partners, H2I, LS3P and TVS Design use these tools to a large extent, cutting costs and delays across the design process.

    EvolveLAB is the latest toolset in the Chaos ecosystem that serves as the only end-to-end hub for design and visualization in the AEC industry. This setup simplifies workflows by integrating concept creation, real-time visualization, realistic rendering, generative design, and automated AI documentation into one environment. Users no longer need to juggle multiple disconnected tools. This system can apply technology at each design phase, allowing for effective problem-solving. The EvolveLAB tools now join powerful technology like EnscapeEnvisionCoronaV-Ray, and Vantage, extending Chaos’ growing AI offerings.

    “With EvolveLAB now part of Chaos, the company solidifies its position as the go-to platform for architects, designers and VFX artists looking to seamlessly transform imagination into reality,” said Stephan Sieber, chief executive officer at Chaos. “EvolveLAB’s tools have already been embraced by the community for their thoughtful designs and ability to streamline cumbersome processes. Together, we’ll continue to develop these tools, creating even better ways to ideate, enhance and generate custom designs.”

    “Chaos is known throughout this industry as a designer-centric company, which is a must for anyone we work with,” said Bill Allen, CEO of EvolveLAB. “By joining forces, we can fast track our AI developments, while adding an important new component to Chaos’ immersive design hub, which will help designers do even more in one place.”

    Even before the acquisition, designers relied on combining EvolveLAB and Chaos tools, using Veras and Enscape to accelerate design and reviews. In the schematic design phase, this means generating ideas in Veras before committing the design to BIM, where Enscape’s real-time visualization capabilities push the project even further. Enscape visuals are enhanced or styled during client reviews using Veras’ AI tools, producing ideal content for presentations.

    “Over a year ago, we began exploring AI tools to speed up our workflows and were excited to discover Veras, a solution specifically designed for AEC that seamlessly integrates with host platforms,” said Hanns-Jochen Weyland of Störmer Murphy and Partners, an award-winning architectural practice based in Hamburg, Germany. “Veras is now our go-to for initial ideation before transitioning to renderings in Enscape. This powerful combination accelerates concept development and ensures reliable outcomes.”

    “At Cuningham, we integrate EvolveLAB’s Veras and Glyph alongside Chaos’ Enscape to enhance our design process,” said Joseph Bertucci, senior project design technologist of Cuningham, an integrated design firm with offices across the United States. “Using both Enscape and Veras allows us to visualize, iterate and explore design concepts in real-time while leveraging AI-driven enhancements for rapid refinement. Meanwhile, Glyph has been a game-changer for auto-documentation, enabling us to efficiently generate views and drawing sets, saving valuable time in project setup. These tools collectively streamline our workflows, boosting efficiency, precision and creativity.”

    Chaos and the EvolveLAB teams are exploring ways to integrate their products and accelerate their AI roadmaps. EvolveLAB products will remain available to customers. The EvolveLAB team will join Chaos, with Allen serving as director of product management and EvolveLAB chief technology officer Ben Guler as director of software development.

    Source: Chaos

    About Chaos

    Chaos is a developer of advanced computer graphics software specializing in 3D rendering, real-time visualization, and simulation tools. Founded in 1997 by Peter Mitev and Vladimir Koylazov, the company serves industries such as media, entertainment, architecture, engineering, and construction. Notable products include V-Ray, a renowned rendering engine honored with an Academy Award and an Engineering Emmy, and Enscape, a real-time rendering and virtual reality plugin. Other noteworthy products are Corona, a high-performance photorealistic rendering engine; Anima, a 3D/4D animation software to add realistic people and crowds to visualizations; and Cylindo, a 3D furniture product visualization platform for e-commerce. Headquartered in Karlsruhe, Germany, and Sofia, Bulgaria, Chaos has expanded its global presence, employing over 700 professionals across 11 offices worldwide. In 2022, the company merged with Enscape and acquired Cylindo, further broadening its product portfolio. As of January 2025, Chaos reported an annual revenue of approximately $750 million.

    About EvolveLAB

    EvolveLAB, founded in 2015, is a technology-driven firm headquartered in Boulder, CO, specializing in building information modeling (BIM) and computational design solutions for the architecture, engineering, and construction (AEC) industry. The company offers a suite of software applications, including Veras, Glyph, Morphis, Helix, and Bento, designed to enhance workflows in AI ideation, auto-documentation, generative design, interoperability, and productivity. In addition to its software products, EvolveLAB provides services such as BIM management, Revit training, and consulting to optimize design and construction processes. With a team of approximately 9 employees, the company is dedicated to innovating building design, construction, and operationthrough advanced technology and building information management. As of July 2024, EvolveLAB reported annual revenue between $1 million and $5 million.

  • Schenkel Shultz to Design UNF Student Services Building

    Schenkel Shultz to Design UNF Student Services Building

    Orlando, FL, Feb 21, 2025 – Schenkel Shultz has been selected to design the new Student Services and Academic building for the University of North Florida (UNF).

    The $40 million project will support UNF’s commitment to growing its student population by 40% over the next five years. The ambition to succeed, paralleled with the university’s desire to provide a broad selection of modern resources for its diverse student base, solidifies this project as a monumental step for UNF.

    Schenkel Shultz aims to design a vibrant hub that provides helpful tools and fosters an inclusive environment for all students, including the international, computer, and student-athlete groups. The primary purpose of the project is to enhance student academic success at various levels by increasing the accessibility and appeal of tutoring centers on campus.

    “This project presents an incredible opportunity for us to positively impact the student experience at UNF,” said Ekta Desai, AIA, design lead and partner at Schenkel Shultz. “We are excited to collaborate with the university to create a showcase space that fosters creativity, collaboration and personal growth among students.”

    The student support facility will feature approximately 60,000 square feet of new construction at the heart of UNF’s main campus. By consolidating the existing learning centers into one location on campus, Schenkel Shultz will create a flexible, synergistic environment that supports entrepreneurship and autonomy of choice. The space will also encourage “creative collisions” among students, faculty, and prospective students to enhance UNF’s educational ecosystem.

    About Schenkel Shultz Architecture

    Schenkel Shultz Architecture, founded in 1958 by Dick Shultz and Jim Schenkel, is an Orlando-based firm specializing in architecture, urban design, sustainable design, and interior design. With over six decades of experience, the company serves various industries, including aviation, education, public safety, civic, cultural, and commercial sectors. Recognized for its commitment to design excellence and sustainability, Schenkel Shultz has been instrumental in projects like the Orlando International Airport Intermodal Terminal Facility, the first LEED v4 New Construction Certified Intermodal Terminal globally. The firm operates additional offices in Sarasota and Southwest Florida, employing a diverse team of creative professionals dedicated to connecting people to places. As of recent reports, Schenkel Shultz Architecture has an annual revenue of approximately $33.9 million. Schenkel Shultz Architecture employs approximately 34 professionals across its Orlando, Sarasota, and Southwest Florida offices.